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A parallel plate capacitor is charged an...

A parallel plate capacitor is charged and then isolated. On increasing the plate separation

A

`{:(" Charge"," Potential"," Capacitance"),("remains constant","remains constant"," decreases""):}`

B

`{:(" Charge"," Potential"," Capacitance"),("remains constant"," increases"," decreases"):}`

C

`{:(" Charge"," Potential"," Capacitance"),("remains constant"," decreases"," increases""):}`

D

`{:(" Charge"," Potential"," Capacitance"),(" increases"," increases"," decreases"):}`

Text Solution

Verified by Experts

The correct Answer is:
B
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RESONANCE-CAPACITANCE-Exercise - 1
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  2. A parallel plate capacitor is charged up to a potential of 300 volts....

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  3. A parallel plate capacitor is charged and then isolated. On increasing...

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  4. A parallel plate capacitor is charged and the charging battery is then...

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  5. The work done against electric in increasing the potential difference ...

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  6. The magnitude of charge in steady state on either of the plates of c...

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  7. The plate separation in a parallel plate condenser and plate area is A...

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  8. In the adjoining diagram, the condenser C will be fully charged to pot...

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  9. A parallel plate capacitor of capacitance C is connected to a battery ...

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  10. In the following figure, the charge on each condenser in the steady s...

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  11. In the adjoining circuit, the capacity between the points A and B will...

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  12. The resultant capacity between the points A and B in the adjoining cir...

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  13. The effective capacity with the following figure between the points P ...

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  14. The equivalent capacitance between the terminals X and Y in the figure...

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  15. The minimum number of condensers each capacitance of 2 muF, in order t...

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  16. The charge on the condenser of capacitance 2mu F in the following circ...

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  17. Two parallel plate condensers of capacity 20 mF and 30 mF are charged ...

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  18. Seven capacitors each of capacitance 2muF are to be connected in a con...

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  19. In the circuit shown below the switch is closed at t=0. For 0 lt t lt...

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  20. A capacitor of capacitance C is charged to a potential difference V(0)...

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